Nucleation of new, ultra-fine, aerosol particles has been observed in the clean marine coastal atmosphere under a variety of conditions. These nucleation events were observed to occur frequently over spatial scales of 10\u27s-100\u27s of metres and temporal scales of seconds to minutes. Two conditions appeared to be necessary for nucleation event to occur: low tide and solar irradiation. The requirement of low tide conditions suggests that the exposed shore area provides the source of new particle precursors. It is speculated that VOC and/or alkyl halide derivatives contribute to nucleation under these conditions. Nucleation rates were calculated to be approximate to 10(3) -10(4) cm(-3) s(-1), suggesting that the coastal zone is an importan...
A dedicated study into the formation of new particles, New Particle Formation and Fate in the Coasta...
A month-long intensive measurement campaign was conducted in March/April 2007 at Agnes Water, a remo...
A dedicated study into the formation of new particles, New Particle Formation and Fate in the Coasta...
Nucleation of new, ultra-fine, aerosol particles has been observed in the clean marine coastal atmos...
Homogeneous heteromolecular nucleation of natural atmospheric aerosols has been observed in the coas...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments world w...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments world w...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments worldwi...
Marine aerosols contribute significantly to global climate directly by absorbing or scattering solar...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments worldwi...
International audienceEven though oceans cover the majority of the Earth, most aerosol measurements ...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments worldwi...
International audienceEven though oceans cover the majority of the Earth, most aerosol measurements ...
[1] The formation and evolution of new particles during coastal nucleation events are examined using...
[1] The formation and evolution of new particles during coastal nucleation events are examined using...
A dedicated study into the formation of new particles, New Particle Formation and Fate in the Coasta...
A month-long intensive measurement campaign was conducted in March/April 2007 at Agnes Water, a remo...
A dedicated study into the formation of new particles, New Particle Formation and Fate in the Coasta...
Nucleation of new, ultra-fine, aerosol particles has been observed in the clean marine coastal atmos...
Homogeneous heteromolecular nucleation of natural atmospheric aerosols has been observed in the coas...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments world w...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments world w...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments worldwi...
Marine aerosols contribute significantly to global climate directly by absorbing or scattering solar...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments worldwi...
International audienceEven though oceans cover the majority of the Earth, most aerosol measurements ...
Newly-formed nanometer-sized particles have been observed at coastal and marine environments worldwi...
International audienceEven though oceans cover the majority of the Earth, most aerosol measurements ...
[1] The formation and evolution of new particles during coastal nucleation events are examined using...
[1] The formation and evolution of new particles during coastal nucleation events are examined using...
A dedicated study into the formation of new particles, New Particle Formation and Fate in the Coasta...
A month-long intensive measurement campaign was conducted in March/April 2007 at Agnes Water, a remo...
A dedicated study into the formation of new particles, New Particle Formation and Fate in the Coasta...